Introduction

During the last few old ages, scientific research and cognition on clime alterations has progressed well, corroborating that the current alterations of the Earth ‘s clime is surely due to human activities, such as the combustion of fossil fuels. The Earth ‘s warming already has had mensurable effects, and future impacts are expected to be wide-ranging and dearly-won.

All over the universe, people instinctively understand that the clime of the Earth is deteriorating, which is indicated by marks like the turning in the strength of the air current and rain, the utmost summer and winter temperatures, the ice thaw and the lifting sea degree, and so many other natural catastrophes. Everyday dismaying grounds shows irreversible alterations in the major ecosystems and planetal clime system, therefore it is obvious that the alterations are non a myth or a scientific anticipation, but that it is a existent fact that threatens the human sort and the life on the Earth.

Harmonizing to IPPC, clime alteration refers to “ a alteration in the province of the clime that can be identified ( e.g. utilizing statistical trials ) by alterations in the mean and/or the variableness of its belongingss and that persists for an drawn-out period, typically decades or longer. It refers to any alteration in clime over clip, whether due to natural variableness or as a consequence of human activity ” . This usage differs from that in the United Nations Framework Convention on Climate Change ( UNFCCC ) , where “ climate alteration refers to a alteration of clime that is attributed straight or indirectly to human activity that alters the composing of the planetary ambiance and that is in add-on to natural clime variableness observed over comparable clip periods ” . ( 2 )

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It is easy to state that the clime alterations are a natural process and many scientists agree with this, but on the other manus the rapid alterations cause ruinous effects which are non normal at all. Previously, it was mentioned that the clime is altering because of the manner people live these yearss, particularly in richer, economically developed states. Power Stationss that generate energy, in order to supply electricity and cover our demands, transit like autos and planes, mills that produce the goods we buy, farms that turn our nutrient, all play a portion in altering the clime by breathing what is known as the ‘greenhouse gases ‘ .

All differences are related to matching norms for the period 1961-1990. Smoothed curves represent decadal averaged values while circles show annually values. The shaded countries are the unsure intervals estimated from a comprehensive analysis of known uncertainnesss ( a and B ) and from the clip series ( hundred )

Greenhouse gases ever reminds us of the negative effects to the Earth, nevertheless the truth is non so simple. The exact definition of the green house gases, as given by the Intergovernmental Panel on Climate Change, is “ Greenhouse gases are those gaseous components of the ambiance, both natural and anthropogenetic, that absorb and emit radiation at specific wavelengths within the spectrum of infrared radiation emitted by the Earth ‘s surface, the ambiance and clouds ” . ( 1 ) In the Earth ‘s atmosphere the cardinal green house gases are Water vapor ( H2O ) , C dioxide ( CO2 ) , azotic oxide ( N2O ) , methane ( CH4 ) , and ozone ( O3 ) . In add-on, a figure of human made nursery gases can be found in the ambiance, such as the halocarbons and other Cl and Br containing substances, header with under the Montreal Protocol. Apart from CO2, N2O and CH4, the Kyoto Protocol trades with the nursery gases sulphur hexafluoride ( SF6 ) , HFCs ( HFCs ) and PFCs ( PFCs ) . ( 1 )

The so called Greenhouse Effect is unconditionally a natural procedure, which is really of import for life on Earth.The atmosphere acts as a transparent, protective screen around the Earth, which lets in the sunshine and retains the heat. This happens due to the nursery gases in the ambiance, which trap heat and are accountable for this consequence. If this did non go on, so the Sun ‘s heat would instantly reflect off the Earth ‘s surface back into infinite. In that instance, the Earth ‘s temperature would so be some 30 & A ; deg ; Celsius colder and everything would stop dead. The ambiance for that ground acts like the glass walls of a nursery. ( 1, 2 ) As mentioned before, most of the nursery gases occur of course. Since the Industrial Revolution of the eighteenth century, human activities have been bring forthing green house gases, hence increasing their concentration in the ambiance. As a consequence, the balance of the ambiance has changed and the concentrations are now higher than any clip in the past 650,000 old ages. As a consequence, they make the green house consequence stronger, which consequences to the lifting temperature of the Earth and the climatic alteration.

Since 1850, the mean planetary temperature has increased by 0.76 & A ; deg ; Celsius. The mean temperature in Europe has gone up even more, by about 1 & A ; deg ; Celsius, with the fastest rise being recorded over the last 30 old ages. Globally, 12 of the last 14 old ages have been the hottest ‘on record ‘ ; exactly the ‘top three ‘ hottest old ages have been, in falling order, 1998, 2005 and 2003. ( 3 ) Scientists all over the universe predict and warn that the mean planetary temperature is most likely to increase farther, by between 1.8 & A ; deg ; and 4.0 & A ; deg ; Celsius throughout this century, the worst scenario is, that it could lift by every bit much as 6.4 & A ; deg ; C. All this is certainly, merely estimated anticipations, and a temperature addition of this size may non look a batch until we are reminded that during the last Ice Age, which ended 11,500 old ages ago, the mean planetary temperature was merely 5 & A ; deg ; Celsius lower than it is today. Up until now, polar ice covered much of Europe, so it is definite that a few excess grades on Earth, makes a batch of difference to our clime! ( 3 )

Sum uping the above, there is sufficient grounds to back up the claims that the effects of clime alteration in Europe and around the Earth are already existing. All states are traveling to be affected by these alterations, even though developing states are the most vulnerable. This is due to the fact that developing states normally rely on climate-sensitive activities such as agribusiness, and it is hard to obtain tonss of money so that they can set to the effects of clime alterations. However, the human sort has a last opportunity to halt the clime alterations or to minimise them, by moving fast and happening out more about how everyone can assist to make that.

All the effects of clime alterations and the consciousness of the populace have started to hold a strong impact on the economic systems of the states and have forced the authoritiess to move. The first motion was done in 1988, when the national authoritiess around the word gave a clear petition to the United Nations Environment Programme and the World Meteorological Organization to set up the Intergovernmental Panel on Climate Change ( IPCC ) that was to be composed by scientists and experts, on planetary heating. The scientists ‘ duty was to inform the Panel about the current state of affairs on clime alterations, evaluate the environmental and socio-economic impacts, and develop realistic schemes to cover with the jobs. The IPCC, in 1990, made a study publically known, supplying a elaborate statement about the increasing concentrations of the nursery gases in the ambiance as a consequence of human activities ; this would in bend ‘enhance the nursery consequence, ensuing, on norm, in an extra heating of the Earth ‘s surface ‘ by the following century, with temperatures expected to lift, unless actions were adopted to restrict the emanations, of these gases. ( 1, 2, 4 )

The Earth Summit in Rio de Janeiro which took topographic point in 1992 was one of the largest assemblages of universe leaders in history, where great issues like world-wide economic system development and environmental protection were discussed. Amongst the subjects of treatment were the biodiversity, planetary heating, sustainable development, and saving of tropical rain woods. As a consequence of the Summit, five international understandings were signed between the industrialised states of the North and the poorer developing provinces of the South, who were unwilling to accept environmental limitations without increased Northern economic assistance. In add-on, the Summit adopted the United Nations Framework Convention on Climate Change ( UNFCCC ) ( 4, 6 ) .The industrialised states were hence requested with this colony, to take action and prevent ‘hazardous anthropogenetic intervention ‘ and in add-on, were expected to willingly cut down their emanations from the 1990 ‘s degrees, by the twelvemonth 2000. Unfortunately, these intended steps were non successfully enforced, and even worse, most of the states around the universe are now breathing even more nursery gases than of all time before. ( 4 )

After the failure of Rio ‘s acme to convert the states for serious actions, another nine Conferences of Parties ( COP ) followed with efforts to put up understandings on how emanations and impacts were traveling to be calculated, and how to pull off and programme the marks and tools, were used in the dialogues. In Japan, in December 1997, at the stoping of COP-3 in Kyoto, positive actions took topographic point and changed the negative scenery where the Kyoto Protocol was adopted by more than 150 states. As a consequence of this extraordinary understanding, the industrialised states committed to do decreases in emanations of six nursery gases: C dioxide, methane azotic oxide, HFCs ( HFCs ) , PFCs ( PFCs ) and sulphur hexafluoride ( SF6 ) . ( 4, 7 )

During the dialogues of the Kyoto Protocol the decreases for each state varied, but the cut emanations per centum was set up to 5 % lower than the 1990 degrees by the period 2008-2012. Nevertheless, some states agreed to cut down even more than 5 % , like the United States agreed to cut down 7 % , Japan 6 % and the European Union Members agreed to joint decreases of 8 % . A coincident understanding was established, where a system of emanations could be traded between industrialised states, and which was the key which determined the success of the Kyoto Protocol, harmonizing to which states within the binding bounds could purchase and sell the rights to let go of nursery gases. Since the Kyoto Protocol was an of import advancement which had been made, on the 12th of August 2003, an extra 84 Parties signed this, including Canada, and 113 Parties confirmed or agreed to the Kyoto Protocol. ( 4,6,7 ) Another Conference of Parties, COP-9, was so held in December 2003, in Milan, to discourse the trading issues of C sinks and emanations ‘ , every bit good as how to integrate them in the planetary marks for the Protocol. A job though, was generated with respects to this understanding, as many states found easier alternate ways to cut down their emanations alternatively of looking at the existent job. They avoided doing deep cuts in their ain nursery gases by puting in inexpensive ‘carbon sinks ‘ abroad. Nevertheless, something positive resulted from this Conference of Parties, which was the uninterrupted effort by all the states to lend and back up the efforts of Intergovernmental Panel on Climate Change. Today, the positive point is that authoritiess and public are now cognizant of this serious issue, and therefore do efforts to alter things by understanding the jobs and the dangers that it might do. ( 4 )

Whilst all these treatments bring us more and more information about clime alterations, so each clip new understandings are being set up between states, behind the scenes new surveies indicate farther of import consequences about a sector that has ne’er been of any concern to the Intergovernmental Panel on Climate Changes. It has been astonishing that whilst all these treatments have taken topographic point amongst the different states, the edifice sector was ever losing. For the last few old ages, scientists have been cognizant of the considerable part of green house gases from this sector that uses more energy than any other individual sector in the developed universe. However, it is now of import for each state to get down the biggest cuts, which will be from the edifice sector and this will demand a new attack on the building of edifices. A important inquiry is originating “ Can we accommodate our edifices and metropoliss to last through the clime alterations and its effects, which are expected to lift in the twenty-first century? ” ( 4 )

Recent surveies illustrate the serious issues of the edifice sector, which are responsible for more than one tierce of the primary energy used and therefore lending a big sum of nursery gas emanations. As figure 4 shows, the energy ingestion in the edifices is chiefly for warming, chilling, airing, illuming and by and large for covering the human demands, in contrast with the energy that is consumed for stuffs, fabrication, building and destruction which is a smaller per centum of around 10-20 % . ( 8, 9 )

Under the high growing scenario of the Intergovernmental Panel on Climate Change ( IPCC ) the building-related green house gas emanations was evaluated at.6 billion metric tons CO2 eqv. ( CO2-equivalent emanation ) In 2004, there were anticipations for double that sum of concentrations by 2030, making 15.6 billion metric tons CO2 eqv ( CO2-equivalent emanation ) . At the same, the IPCC study concludes that it is possible to hold a immense potency for important decreases of nursery gas emanations from the edifices sector. Whilst at the same clip this chance is relatively independent of the cost per metric tons of CO2 eqv. ( CO2-equivalent emanation ) achieved. However, the available cognition and engineerings could assist cut down the energy ingestion in both new and old edifices, so that it is possible to hold decreases of 30-50 % with no significantly increasing investing costs. It is therefore imperative at this clip, to accommodate a new attack to edifices, where energy nest eggs can be achieved via a scope of steps. ( 10 )

Despite the fact that the edifices have a great impact on clime alterations, another large issue has risen since 1970, which besides has to make with this sector. The first oil crisis in 1973 made scientists look at the life history of fossil fuels on the planet and do anticipations about the militias of oil and gas. Scientific anticipations alarmed the authoritiess as they claimed that merely 30 old ages of oil have been left, something that caused at the same time the addition of fossil fuel monetary values. This had a immense impact on the planetary economic system and the richest states became the most vulnerable. Recent surveies point towards 2012 as the twelvemonth where the oil deficits will truly get down to seize with teeth difficult and to get down altering the face of society. ( 11 ) As Bartsch and Muller province in their book “ Fossil Fuels in a Changing Climate ” : ‘It is non that we will non hold adequate oil to take us to 2020, but that the route is likely to be rough and capable to a figure of economic and political dazes ‘ . ( 11 )

It was so that the construct of green design began and started to alter the mentality of building. New attacks and thoughts were developed, giving in this manner hope to the human sort. The axes of these new attacks were based on the energy nest eggs and decrease in the edifices and the locally production of energy from renewable beginnings.

The World Business Council for Sustainable Development ( WBCSD ) published a study of the Energy Efficiency in Buildings ( EEB ) , which presents the consequences from the three different scenarios. These scenarios were developed in order to be able to foretell how the edifice energy market could execute throughout the coming decennaries, whilst at the same clip it pinpoints, the necessity for a transformative attack. Still, through these scenarios it is possible to place the menaces and chances, whereas at the same time understanding the immense challenge the universe faces in increasable edifice energy waste.

Harmonizing to the somnambulism scenario, progresss appear at the beginning but are lost shortly plenty and at the terminal the entire energy ingestion is much higher by 2050.The development of low energy edifices grow irregularly and at a low rate. This scenario assumes a continuity of the present inclination in economic growing and energy used in urbanisation, without any efforts for energy efficiency. The effects in this instance are utmost conditions events and a sequence of economic crises caused by energy monetary value rushs. In add-on concern and investings are affected by the rigorous and extremely reactive steps which cause capriciousness and uncertainty. However, the crisis is followed by people withdrawing into old behavior and a transmutation to high energy efficiency which is expensive and hard. ( 8 )

As for the excessively small excessively late scenario, the growing of low energy edifices move at a low rate whilst the same clip the energy ingestion is repeating back to the 2020 degrees. This scenario depicts continuity of present inclination, where edge action is taken. The positive measure in this scenario is that behavior alterations to a certain extent, accompanied by consciousness of sustainability and the function of the populace can be helpful in salvaging energy. Investings in energy efficient edifices are increasing and technological advancement is followed by rapid alterations. In more than a few states, alterations occur but betterments are excessively slow to counterbalance the turning Numberss of edifices and the increased service degrees. As for the concerns, the opportunities are excessively divided to give ground for important investing. ( 8 )

The transmutation is the last scenario and it is the lone one which contains of import energy nest eggs which are indispensable beyond the edifice modesty. Peoples are enforced to cut down ingestion through the energy monetary values, which continue to be high and stable. In this scenario, edifice codifications are stronger and use to new and existing edifices. There is a development of new design attacks and engineerings and new funding mechanisms are revealed. All these actions are portion of a well-organized planetary attack to the environmental, economic and societal menaces caused by the clime alterations. The public consciousness of energy preservation and energy precedences causes alteration of behavior and at the same clip, the fast development of energy efficient engineerings and practises. The Transformation scenario consequences in the most significant and sustained concern chances across the energy and edifice sectors. ( 8 )

The most of import factor for builders and the populace is to understand, that the resource ingestions and the planetary heating are straight linked together. As scientists believe, the likeliness to cut down the planetary heating depends on altering behaviors, and specifically by altering civilized beliefs sing prosperity, resource ingestion and economic growing that connect growing with the increased energy used. In add-on, a greater attempt is necessary to be developed through the manner we act and consume, which in return will hold an immediate influence on the clime alterations through our basic mundane activities. ( 8 )

All these suggestions over the old ages from scientists and Organizations drive the developments in the edifice sectors to look for new attacks on edifice buildings. The inactive house and other low energy edifices were the immediate response from the scientific and edifice sectors, but these consequences have besides been based on academic research about traditional and experimental edifices, in order to make the information for the computing machine theoretical accounts. A “ new age ” began assuring great alterations for our planet. ( 13 )

The particular characteristic of the new inactive houses and low energy edifices is the balance between energy preservation and the usage of renewable energy. Engineers found out that the key of a successful low energy edifice is non merely to plan it to utilize low energy, but at the same clip to be able to minimise all energy usage, irrespective of the fact that the energy may come from renewable resources. In add-on, the design and building methods of low energy edifices are so different from the conventional edifice pattern. This difference is due to the fact that the applied scientists of the conventional edifices attention about minimising the sum cost which consequences in seting aside issues like energy analysis or lifecycle operating costs. On the other manus, in the instance of low energy edifices the new attack demands from the applied scientists to make lifecycle energy ingestion analysis and normally the purpose is to raise primary costs, if they decrease energy demand and working cost by an equal or greater sum. Additionally, low energy edifice applied scientists estimate each determination they take about major secondary systems in footings of its hereafter effects on energy demand, by utilizing the life rhythm analysis. The new attack to moo energy edifices could be described as energy foremost constructing design.

Until now, low energy applied scientists used complicated computing machine simulation tools to cipher a broad scope of variables such as the local clime, the edifice orientation, insularity values of the edifice elements, window type, air stringency, the efficiency of the warming and chilling systems, illuming and other equipment. The consequences of this computing machine simulation, is cognition of the future edifices public presentation and the chance to pattern the economic deductions on edifice cost. ( 16 )

As research continues on low energy edifices, the challenge for applied scientists is to pull off, ( apart from the usage of renewable energy ) to plan edifices which are traveling to do usage of the energy gained from other beginnings like lighting and even organic structure heat. In a few old ages the research obtained on the edifices sector, will hold great possible to show astonishing and evolutionary alterations that are traveling to assist the authoritiess and above all the planet.

To reason, the intent of my proposal and therefore of my research, is based on the fact that there is great chances for more research in mention to the issue of Zero Energy Buildings, based on all the facts, demands and alterations which are impacting our universe. The research hypothesis is based on chances to design/construct and run multiple tenancy zero energy/carbon edifices in Cyprus, without important excess costs.

Cyprus is an island in the Eastern Mediterranean ( portion of the Middle East ) , located 35 stat mis south of Turkey and 64 stat mis southwest of Syria. It is the 3rd largest island in the Mediterranean after Sicily and Sardinia, with an country of 9.251 sq km2. The islands ‘ propinquity to southwest Asia makes it one of the hottest parts of the Mediterranean, and during the summer, high force per unit area coming from North Africa keeps the temperatures high. ( 14 ) The clime is equable, with an copiousness of cheery yearss throughout the twelvemonth even in December and January ; there is an norm of six hours of bright sunshine per twenty-four hours. The mean daytime temperature from June to September is 32oC, from December to February 16oC and the other five months 25oC. Winters are mild with some rain and snow on Troodos Mountains ( normally get downing before Christmas ) and with mean daytime temperatures around 16 & A ; deg ; C. Most of the rain in Cyprus falls between December and February, with the island averaging of about 40 yearss of rainfall each twelvemonth. The most of import and at the same clip disputing issue ensuing from Cyprus ‘ clime, is the immense fluctuation in the temperatures during the twenty-four hours which makes the design and operation of Zero Energy Building complex and debatable. ( 14 )

Another of import issue that influences the Cypriot economic system and development is the energy job ( figure 8 ) . The energy production is more or less wholly dependent on imported fuels. This manner, Cyprus ‘ power workss are more than 90 % dependant on oil merchandises while the staying 9 % is covered by imports of coal ( 4,5 % ) and by solar energy ( 4,5 % ) . ( 17, 18 ) As already mentioned, the edifice sector consumes more than 40 % of the primary energy and accordingly in Cyprus, this has a profound impact on the economic system ( figure 8 ) . A singular 62 % of Cyprus ‘s export net incomes are used to pay for the import of the state ‘s oil. At the same clip, the production of energy from fossil fuels contributes to CO2 emanations. Due to the fact that Cyprus became a full member of the European Union ( EU ) , it is now imperative to follow the EU ordinances. This implies that new ways and attacks are needed in the edifice sector, whilst at the same clip the usage of renewable beginnings becomes a necessity. Despite the fact that Cyprus is one of the taking states in the universe, when it comes to utilizing solar H2O warmers, nil indispensable has been done to guarantee the farther debut of new engineerings and attacks. ( 17, 18 )

It is obvious that considerable steps with important alterations are required to take topographic point in Cyprus. It is critical non merely because of the economic benefits, but besides due to the fact that people ‘s lives need to do advancement sing green issues, and particularly on the affair of CO2 emanations. The proposal ‘s thought to develop Zero Energy Buildings is a solution to therefore make full the spread, of the Cypriot energy job. This hypothesis aims to analyze the possibilities of planing, building and runing multiple tenancy Zero Energy/Carbon Buildings in Cyprus, without holding to confront important excess costs.

This paragraph will put down the aims of this undertaking, which were set by taking into consideration the planetary and Cypriot energy jobs, every bit good as the latest scientific advancements on the edifice sectors and renewable beginnings. First of wholly, there is an rating of the proficient Scopess so that a broad scope of possible steps for the integrating into zero energy edifice, including fabric thermic public presentation, warming and air conditioning equipment, renewable and developing engineerings can be used. Another of import factor is to place possible combinations of steps, which are traveling to give a better energy public presentation of the edifices. In add-on, through the usage of computing machine simulation, the effectivity of the combination steps will be assessed. A life rhythm appraisal of the combination steps will follow the computing machine simulation and eventually, recommendations as to how 0 energy/carbon public presentation can be achieved, will be proposed.

In this undertaking, 3D computing machine simulation tools are traveling to be used, every bit good as sing a broad scope of design variables and parametric quantities. A anticipation of how the edifices will execute will besides be attempted, enabling to therefore do a theoretical account of the economic and fiscal deductions, of the edifice ‘s cost-benefit analysis.

During the research we are traveling to concentrate on cardinal points such as the hot clime, the temperature fluctuations, the balance between energy preservation and energy production, the usage of renewable beginnings and the edifice cost. However it is really of import, at this phase of the research and design to do a deep analysis on the parametric quantities which influence the Zero Energy Buildings. These parametric quantities are: the location and clime, the signifier of the edifice ( internal and external ) , the edifice cloth, the edifice airing, the natural daytime, the unreal lighting, the inactive solar warming, the warming and chilling systems, the generals services and the station tenancy energy direction. ( 13, 15, 16 )

As antecedently mentioned, all of these parametric quantities are traveling to play an of import function in our research and will impact the mold and the consequences. To accomplish the best design of the Zero Energy Building ( ZEB ) we have to see, estimation and happen the best combination of the above parametric quantities. Zero Energy Building ( ZEB ) ends are accomplishable and are the lone manner to cut down the immense sums of green house gases. Is of import for all of us to understand that edifices are closely connected to the local, regional and planetary environments that are all portion of the Earth ‘s environment. Our coevals has the duty to prosecute into the construct of Low energy Buildings, which in bend will assist the stabilisation of the Earth ‘s clime. It is obvious that we can quickly alter if we combine the wisdom of applied scientists, any new cognition and the renewable beginnings so as to make our new coevals edifices… the Zero Energy Buildings!

Mention

  1. IPCC Fourth Assessment Report ( AR4 ) , Climate Change 2007: Extenuation of Climate Change, Contribution of Working Group III to the Fourth Assessment Report of the Intergovernmental Panel on Climate Change, 2007, B. Metz, O.R. Davidson, P.R. Bosch, R. Dave, L.A. Meyer.
  2. Synthesis Report, an Appraisal of the Intergovernmental Panel on Climate Change, IPCC Plenary XXVII, Valencia, Spain, 12-17 November 2007.
  3. Climate Change -what is it all about? , Luxembourg: Office for Official Publications of the European Communities, 2009
  4. Sue Roaf, David Crichton and Fergus Nicol ( 2005 ) , Adapting Buildings and Cities for Climate Change: A twenty-first century endurance usher.
  5. Working Group III Intergovernmental Panel on Climate Change, Summary for Policymakers: Emissions Scenarios, A Special Report of IPCC Working Group III, ISBN: 92-9169-113-5
  6. United Nations Framework Convention on Climate Change, for a full province of drama on the clime conventions see: hypertext transfer protocol: //unfccc.int/index.html.
  7. United Nations Framework Convention on Climate Change, Kyoto Protocol, hypertext transfer protocol: //unfccc.int/kyoto_protocol/items/2830.php
  8. World Business Council for Sustainable Development, Energy efficiency in edifices, Transforming the Market: www.wbcsd.org/web/eeb.htm
  9. Submission of the United Nations Environment Programme ( UNEP ) Sustainable Building Initiative ( SBCI ) to the Ad Hoc Working Group on Long-Term Cooperative Action under the Convention ( AWG-LCA ) , 24 April 2009
  10. IPCC Fourth Assessment Report ( AR4 ) , Climate Change 2007: Extenuation of Climate Change, Residential and commercial edifices.
  11. Bartsch. U. and Muller, B. ( 2000 ) Fossil Fuels in a Changing Climate. Oxford: Oxford University Press.
  12. Glicksman L. , Juintow L. ( 2006 ) , Sustainable urban lodging in China, Principles and Case survey for Low energy Design.
  13. Sue R. , Fuentes M. , Thomas S. , ( 2001 ) , Eco-house: A design usher.
  14. Meteorological Department of Cyprus, The Climate of Cyprus: hypertext transfer protocol: //www.moa.gov.cy/moa/MS/MS.nsf/DMLcyclimate_en/DMLcyclimate_en? opendocument
  15. US Green Building Council ( 1996 ) , Sustainable Building Technical Manual, Green Building Design, Construction, and Operationss
  16. Nicholls R. ( 2002 ) , Low Energy Design
  17. Cyprus Institute of Energy Website: hypertext transfer protocol: //www.cie.org.cy/apekse.php
  18. Kassinis S. , Renewable Energy & A ; Energy Conservation: The Business Environment in Cyprus.
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